| Land consumption |
Improves |
28% less farmland and 37% less open space consumed |
An aggressive farmland preservation program was employed, and development was concentrated in more densely developed areas, reducing pressure on open space. |
| Infill |
Improves |
18% more infill |
Transportation improvements, a major emphasis on transit oriented development (TOD), and brownfield remediation spurred growth in existing communities. An aggressive farmland preservation program also prevented development on the region’s prime farmland. |
| Open space access |
Improves greatly |
57% more people with access |
An explicit strategy to add parks was included in the scenario. This focused park additions on those parts of the region with the lowest levels of open space access, generally in older urban areas. |
| Imperviousness and runoff |
Improves |
10% less imperviousness, and 13% less in sensitive watersheds |
Development densities were significantly higher, leading to less conversion of undeveloped land. |
| Water use |
Improves |
51% less growth in residential water use |
Significantly higher development densities, or significantly smaller lots. Adoption of conservation BMPs by 10% of eligible households. |
| Energy and greenhouse gas emissions |
|
|
Coming soon |
| Air quality |
Worsens slightly |
1% to 7% more emissions |
Additional auto travel occurred in this scenario, largely because of the arterial and expressway improvements that were included. |
| Congestion |
Improves greatly |
45% less congested VHT; 40% less congested VMT |
A number of dramatic transportation infrastructure improvements were made which improved travel conditions for all modes. Capacity additions on arterials and expressways, in particular, reduced vehicle hours traveled in congestion, and transit improvements shifted some travel to transit. |
| Mode share |
Improves slightly |
10% more transit, walking, and biking trips |
Transit, walking and biking were increased by use of transit oriented development strategies. Transportation infrastructure improvements including adding significant capacity to roadways led to more auto trips as well. |
| Travel times |
Improves |
14% reduction for auto; 9% reduction for transit |
A number of infrastructure improvements, including substantial increases in arterial and expressway capacity and transit-specific capital improvements, reduced travel times. The scenario also included a denser land use pattern which brought origins and destinations closer together. |
| H+T (housing + transportation) cost |
|
|
Coming soon |
| Jobs-housing access |
Improves greatly |
12% to 52% more accessible jobs |
Substantial increases in arterial and expressway capacity, as well as other transportation infrastructure improvements, improved travel speed and allowed residents to travel further to find work. Also, a denser development pattern brought destinations closer together. |
| Environmental justice |
Improves greatly |
49% more growth; 41 to 50% more accessible jobs |
Transportation improvements, a major emphasis on transit oriented development (TOD), and brownfield remediation spurred growth in existing communities. Significant investment in arterial improvements in congested areas and transit capital facilities sped travel . |
| Industry mix |
Construction, retail and wholesale trade, various services, transportation and logistics, and some manufacturing sectors are expected to increase. Click on the row heading for more details. |
| Scenario cost |
Full cost estimates have not been prepared, but the strategies in this scenario appear to be quite expensive. Click on the row heading for more details. |